WO2016024769A1

WO2016024769A1 - Tip paper pattern forming apparatus

Info

Publication number: WO2016024769A1
Application number: PCT/KR2015/008333
Authority: WO
Inventors: 박찬호; 김영제; 김용진; 허기무
Original assignee: 주식회사 케이티앤지
Priority date: 2014-08-11
Filing date: 2015-08-10
Publication date: 2016-02-18
Also published as: KR20160019318A; KR101672834B1

Abstract

The purpose of the present invention is to provide a tip paper pattern forming apparatus which can easily form a pattern applied to a tip paper and enables easy maintenance of components associated with tip paper pattern formation. The tip paper pattern forming apparatus according to an example of the present invention comprises: a pattern forming part which is arranged on a pattern forming position in a tip paper movement path so as to form a predetermined shaped pattern on the surface of the tip paper; a main plate which has one surface coupled to a fixture arranged in the tip paper movement path and has the other surface coupled to one side of the pattern forming part so as to support the pattern forming part; a pressurizing part which has one side coupled to the main plate at the upper side of the pattern forming part so as to pressurize the pattern forming part; and a pressure controlling part which is coupled to the pressurizing part so as to control pressure delivered to the pattern forming part through the pressurizing part, wherein the pressure controlling part comprises: a primary pressure controlling part for primarily controlling pressure delivered to the pattern forming part as an external force is delivered; and a second pressure controlling part which is provided at one side of the primary pressure controlling part so as to secondarily control pressure.

Description

Tip Paper Pattern Forming Device

A tip paper pattern forming apparatus is provided.

The filter attached to the cigarette is generally surrounded by a filter wrap, and the periphery of the cigarette and the filter are surrounded by tip paper. The tip paper is received in a bobbin wound from a material supplier and is used in cigarette making machines. Currently commercially available tobacco tip papers generally have a flat surface.

If the tip paper is flat, the surface of the tip paper sticks to the smoker's lips, which may lower smoking satisfaction. This may improve the smoking satisfaction of the smoker by applying a pattern to the surface of the tip paper.

However, when using the conventional tip paper pattern forming apparatus, it may take excessive time to replace and adjust the unit according to the maintenance of the product, the service life of the roller may be short. In addition, when replacing the tip paper, it may be difficult to finely adjust the pattern depth due to the interference between the components to be joined.

One embodiment of the present invention is for easily forming a pattern applied to the tip paper.

One embodiment of the present invention is to facilitate the maintenance of components associated with tip paper pattern formation.

Tip paper pattern forming apparatus according to an embodiment of the present invention is a pattern forming portion is disposed in the pattern forming position of the tip paper movement path to form a pattern of a predetermined shape on the surface of the tip paper, one surface is disposed in the tip paper movement path It is coupled to the fixed body, the other side is coupled to one side of the pattern forming portion main plate for supporting the pattern forming portion, one side is coupled to the main plate from the upper side of the pattern forming portion, the pressing portion for pressing the pattern forming portion, and the pressing portion It includes a pressure adjusting unit for adjusting the pressing force transmitted to the pattern forming unit through the pressing unit, the pressure adjusting unit is a first pressure adjusting unit for first adjusting the pressing force transmitted to the pattern forming unit as the external force is transmitted, and one side of the first pressure adjusting unit It is provided with a second pressure control unit for adjusting the second pressure.

One side of the pressing unit is coupled to the main plate sliding movement, the roller plate having a roller mounting portion on both sides in the longitudinal direction, the first spring, the roller plate is provided on one side in the longitudinal direction from the upper surface of the roller plate to transmit the pressing force to the roller plate A second spring that is provided on the other side in the longitudinal direction opposite to the first spring on the upper surface of the second spring for transmitting the pressing force to the roller plate, the first pressing block for pressing the first spring with a space into which the first spring is inserted, and the second spring It may include a second pressing block having a space in which the spring is inserted to press the second spring. Is coupled between the first pressure block and the first spring, the first support portion for transmitting the pressing force of the first pressure block to the first spring, the first pressure control bolt coupled to the first pressure block to press the first support portion, A second support portion coupled between the second pressure block and the second spring, the second support portion for transmitting the pressing force of the second pressure block to the second spring, and the second pressure adjustment bolt fastened to the second pressure block to press the second support portion; Further, the upper surface of the roller plate may be formed with a first seating portion on which one surface of the first spring is seated and a second seating portion on which one surface of the second spring is seated.

The first pressure control unit is a hinge plate coupled to the central portion in the longitudinal direction from the upper surface of the roller plate, a hinge portion coupled to the hinge plate by a first hinge pin, coupled to the hinge portion by a second hinge pin, the pressure applied to the roller plate It is coupled to the pressure lever, the second pressure block to control, the fixed block is coupled to one end of the pressure lever and the third hinge pin, the cover plate is provided on the upper side of the fixed block to cover the hinge portion and the fixed block, the other end of the pressure lever When coupled to the external force is applied may include a control knob moving along the longitudinal direction, and the locking portion to interlock with the movement of the control knob to control the fixed state of the pressure lever. The fixed block, the first pressing block and the second pressing block may be integrally formed.

The second pressure control unit is coupled to the guide plate, the guide plate coupled to one side of the first pressure block, the locking plate having a locking hole, respectively coupled to the guide plate and the locking plate, the pressure control shaft having an eccentric cam, and the guide It is coupled to the side of the plate includes a cover for integrally connecting the guide plate and the locking plate and the pressure adjustment shaft, the pressure adjustment shaft may be adjusted the pressure transmitted to the first roller as the eccentric cam is rotated by the applied external force.

The pattern forming unit is coupled to the roller mounting unit so as to be axially rotatable, the first roller which forms a predetermined pattern on the tip paper in contact with one surface of the tip paper to be transported, and is coupled to the main plate so as to be rotatable to the first roller, The second roller may be disposed at an opposite position to contact the other surface of the tip paper to press the tip paper. The first roller includes a first pattern roller and a second pattern roller in which a pair is arranged at equal intervals on the axis center of the second roller on the upper side of the second roller, and the first roller and the second roller are made of steel. Can be formed. An embossing pattern may be formed on the surface of the first roller, and a debossing pattern corresponding to the embossing pattern may be formed on the surface of the second roller. The embossing pattern may have a pattern pitch of 0.2 mm to 0.6 mm and a pattern depth of 0.15 mm to 0.3 mm.

It may further include a pressure detection sensor for detecting the pressure state of the roller plate, and a fixed bracket coupled to the main plate, and supporting the pressure detection sensor.

According to an embodiment of the present invention, a pattern applied to the tip paper may be easily formed, and maintenance of a part related to the tip paper pattern formation may be easy.

1 is a view showing that the tip paper pattern forming apparatus according to an embodiment of the present invention is arranged in a continuous process line in the tip paper manufacturing apparatus.

Figure 2 is a perspective view showing a tip paper pattern forming apparatus according to an embodiment of the present invention.

3 is a perspective view illustrating a state in which the pressure lever is raised in FIG. 2.

4 is an exploded perspective view illustrating a state in which the first roller and the cover plate are separated in FIG. 2.

5 is a cross-sectional view showing the internal coupling relationship of the tip paper pattern forming apparatus according to an embodiment of the present invention.

6 is a view showing a position change of the pressing lever as the pressing force is adjusted second.

7 is a view showing a state in which the position of the pressing lever is changed as the pressing force is secondarily adjusted.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the singular forms “a,” “an,” and “the” include plural forms as well, unless the phrases clearly indicate the opposite. As used herein, the term "comprising" embodies a particular characteristic, region, integer, step, operation, element, and / or component, and other specific characteristics, region, integer, step, operation, element, component, and / or group. It does not exclude the presence or addition of.

Throughout the specification, when a part is said to "include" a certain component, it means that it can further include other components, without excluding other components unless specifically stated otherwise.

Unless defined otherwise, all terms including technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art. Commonly defined terms used are additionally interpreted to have a meaning consistent with the related technical literature and the presently disclosed contents, and are not interpreted in an ideal or very formal sense unless defined.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention.

1 is a view showing that the tip paper pattern forming apparatus 200 is arranged in a continuous process line in the tip paper manufacturing apparatus 100. Referring to FIG. 1, the tip paper manufacturing apparatus 100 includes a tip paper supply unit 110, a tip paper curling unit 120, a pattern forming unit, and a tip paper cut unit 140.

The tip paper supply unit 110 supplies the dried tip paper 115 in a roll form. The tip paper supply unit 110 has a structure in which the tip paper 115 wound in the bobbin shape is coupled to the central axis 112. The tip paper supply unit 110 may supply the tip paper 115 while the tip paper 115 is released by the rotation of the central axis 112. The rotation speed of the central axis 112 may be appropriately adjusted so that a constant tension is maintained on the tip paper 115.

The tip paper curling part 120 is mounted to the rear end of the tip paper supply part 110 to form curling on the tip paper 115. The tip paper curling unit 120 may be provided in a tip shape as a tip for providing curling to the tip paper 115. According to curling formed by the tip paper curling unit 120, the adhesion of the tip paper 115 may be improved. The tip paper curling part 120 may be attached to the rear end of the tip paper supply part 110 to impart curling to the tip paper 115 maintaining a predetermined tension.

The pattern forming unit is mounted to the rear end of the tip paper curling unit 120 and forms a preset pattern on the tip paper 115 to which curling is applied. Since the pattern forming unit is mounted in the continuous process line on the tip paper 115 moving path of the tip paper manufacturing apparatus 100, the manufacturing cost for the pattern forming of the tip paper 115 may not be increased.

The tip paper cut part 140 is mounted at the rear end of the pattern forming part to cut the patterned tip paper 115 at regular intervals.

2 is a perspective view showing the tip paper pattern forming apparatus 200 according to an embodiment of the present invention, Figure 3 is a perspective view showing a state in which the pressing lever 240 is raised in FIG. 4 is an exploded perspective view illustrating a state in which the first roller 210 and the cover plate 244 are separated from each other in FIG. 2, and FIG. 5 is an interior of the tip paper pattern forming apparatus 200 according to an exemplary embodiment of the present invention. It is sectional drawing which shows the coupling relationship.

2 to 5, the tip paper pattern forming apparatus 200 includes a pattern forming unit, a pressing unit, and a pressure adjusting unit.

The pattern forming unit is disposed at a pattern forming position in the movement path of the tip paper 115, and forms a pattern having a predetermined shape on the surface of the tip paper 115. The pattern forming portion is coupled to the main plate 202. The main plate 202 is coupled to a fixture disposed on one side of the tip paper movement path, and the other side is coupled to one side of the pattern forming portion to support the pattern forming portion. The connection plate 203 and the sub plate 204 may be coupled between the main plate 202 and the pattern forming portion. The sub plate 204 is a portion to which the pattern forming portion is substantially bonded. The connecting plate 203 is coupled between the main plate 202 and the sub plate 204. The main plate 202 and the sub plate 204 respectively include grooves on opposite surfaces, and the connecting plate 203 is coupled to the main plate 202 and the sub plate 204 through the grooves.

The pattern forming unit includes a first roller 210 and a second roller 220. The first roller 210 is coupled to the roller mounting portion 232 of the roller plate 230 so as to be axially rotatable, and uniformly forms a predetermined pattern on the tip paper 115 in contact with one surface of the tip paper 115 to be transferred. do. The

roller shafts

216 and 218 of the first roller 210 may be supported by respective roller mounting portions 232 formed at both ends of the roller plate 230, and thus, the tip paper 115 through the pattern forming portion. When the pattern is formed in (), it is possible to prevent the pattern from being biased to form on one side of the tip paper 115. In addition, the pressing force applied downward of the first roller 210 is uniformly transmitted through the

roller shafts

216 and 218 of the first roller 210 supported at both ends by the roller mounting portion 232 of the roller plate 230. Can be. By uniformly pressing the first roller 210 in the direction of the second roller 220, the left and right deviation of the first roller 210 with respect to the second roller 220 may be eliminated. Therefore, a regular pattern may be formed on the tip paper 115. The first roller 210 has a first pattern roller 210a and a second pattern roller 210b in which a pair is arranged at equal intervals on the axis center of the second roller 220 above the second roller 220. It includes. Therefore, a regular pattern may be formed on the tip paper 115 when the tip paper 115 provided with curling passes between the first roller 210 and the second roller 220.

The second roller 220 is coupled to the main plate 202 so as to be rotatable, and is disposed at a position opposite to the first roller 210 to contact the other surface of the tip paper 115 to press the tip paper 115. do. The second roller 220 is axially rotated in a direction opposite to the first roller 210.

The first pattern roller 210a may be formed of a rubber material, and the second pattern roller 210b and the second roller 220 may be formed of a steel material. An embossing pattern may be formed on the surface of the second pattern roller 210b, and a debossing pattern corresponding to the embossing pattern may be formed on the surface of the second roller 220. The embossing pattern may have a pattern pitch of 0.2 mm to 0.6 mm and a pattern depth of 0.15 mm to 0.3 mm.

One side of the pressing unit is coupled to the main plate 202 on the upper side of the pattern forming unit to press the pattern forming unit. The pressing unit includes a roller plate 230, a first spring 290, a second spring 292, a first pressing block 260, and a second pressing block 270. The pressing unit may include a pressure detecting sensor 206 for detecting a pressing state of the roller plate. The pressing unit may be coupled to the main plate 202 and include a fixing bracket 208 for supporting the pressure detecting sensor 206.

The roller plate 230 is coupled so that one side is slidably moved to the main plate 202, and the roller plate 230 has roller mounting portions 232 on both sides in the longitudinal direction. The roller plate 230 is coupled to the sub plate 204 to be slidably moved. The roller plate 230 has a design structure in which a uniform pressure can be transmitted in the longitudinal front and rear sides of the first roller 210 mounted on each roller mounting unit 232. When the roller plate 230 is pressed, the sliding movement state is automatically detected by the pressure detection sensor 206, and information about the sliding movement state may be transmitted to a controller (not shown) that controls the overall operation of the process line. have. Accordingly, the pressing state of the roller plate 230 can be automatically monitored. When an actuator capable of automatically adjusting the pressurization state of the roller plate 230 is mounted separately, the pressurization state of the roller plate 230 detected from the pressure detection sensor 206 is transmitted to the controller, and the controller According to the predetermined pressing state, the pressing state of the roller plate 230 may be automatically controlled.

The first spring 290 may be a coil spring provided at one side in the longitudinal direction from the upper surface of the roller plate 230 to transfer the pressing force to the roller plate 230.

The second spring 292 may be a coil spring that is provided on the other side in the longitudinal direction opposite to the first spring 290 on the upper surface of the roller plate 230 to transfer the pressing force to the roller plate 230. The second spring 292 may have the same shape as the first spring 290, and thus, the first spring 290 and the second spring 292 may be compatible with each other.

The first pressing block 260 has an internal space into which the first spring 290 is inserted and presses the first spring 290. The first support part 291 is coupled between the first pressing block 260 and the first spring 290. The first support part 291 transmits the pressing force of the first pressing block 260 to the first spring 290. The first support portion 291 has a head portion larger than the inner diameter of the spring and a body portion inserted into the inner diameter of the spring. The first support part 291 may include a first pressure control bolt fastened to the first pressure block 260 to press the first support part 291. The first pressure adjustment bolt presses the head of the first support portion 291. The first pressure adjusting bolt may be configured in combination with the pressure adjusting nut.

The second pressing block 270 has an inner space into which the second spring 292 is inserted and presses the second spring 292. The second support part 293 is coupled between the second pressing block 270 and the second spring 292. The second support part 293 transmits the pressing force of the second pressing block 270 to the second spring 292. The second support 293 may have the same shape as the first support 291, and thus, the first support 291 and the second support 293 may be compatible with each other. The second support part 293 may include a second pressure adjusting bolt that is fastened to the second pressure block 270 to press the second support part 293. The second pressure adjusting bolt presses the head of the second support portion 293. The second pressure control bolt may be configured in combination with the pressure control nut.

An upper surface of the roller plate 230 may have a first seating portion 234 on which one surface of the first spring 290 is seated and a second seating portion 236 on which one surface of the second spring 292 is seated. . By forming the first seating portion 234 and the second seating portion 236 on the roller plate 230, the first spring 290 and the second spring 292 may be supported in a more stable state. Therefore, when the pressing force of the pressing unit is transmitted to the roller plate 230 through the first spring 290 and the second spring 292, a more stable pressing force may be transmitted.

The pressure adjusting unit is coupled to the pressing unit to adjust the pressing force transmitted to the pattern forming unit through the pressing unit. The pressure regulating part includes a first pressure regulating part that primarily adjusts the pressing force transmitted to the pattern forming part as the external force is transmitted, and a second pressure regulating part which is provided at one side of the first pressure adjusting part to adjust the pressing force secondly. By adjusting the pressure control unit by dividing the pressure control unit into the first pressure control unit and the second pressure control unit, when replacing the product related to the pattern formation, the replacement and adjustment time of the related parts may not be excessive, and the service life of the roller is short. You may not lose. In addition, the pattern depth of the tip paper 115 may be more finely adjusted.

The first pressure control unit includes a hinge plate 280, the hinge portion 282, the pressure lever 240, the fixing block 300, the cover plate 244, the adjustment handle 242, and the locking portion 243. .

The hinge plate 280 is coupled to the longitudinal center portion on the upper surface of the roller plate 230. The hinge plate 280 has fastening holes on both sides of the plate shape and is bolted to the roller plate 230. At the center of the hinge plate 280 is formed a projection to which the first hinge pin 281 is coupled. The protrusion has a hole to which the first hinge pin 281 is coupled and protrudes upwardly to be coupled to the hinge portion 282.

The hinge portion 282 is coupled to the hinge plate 280 by a first hinge pin 281. The hinge portion 282 has holes in which the first hinge pins 281 and the second hinge pins 283 are coupled to the lower and upper portions, respectively. The lower part and the upper part of the hinge part 282 have different shapes from each other. The upper portion of the hinge portion 282 simply has a shape having a second hinge pin 283, and the lower portion of the hinge portion 282 has a shape in which the protrusion of the hinge plate 280 is inserted into the center portion.

The pressure lever 240 is coupled to the hinge portion 282 by a second hinge pin 283, and intermittent the pressing force transmitted to the roller plate 230. The pressing lever 240 has a shape in which the U shape extends in the longitudinal direction. One end of the pressure lever 240 is open at intervals, and the other end has a shape connected integrally. One end of the pressure lever 240 is coupled to the second hinge pin 283 and the third hinge pin 302, respectively. The pressure lever 240 is connected to the hinge portion 282 through the second hinge pin 283, and is coupled to the fixing block 300 through the third hinge pin 302. The third hinge pin 302 coupled to the pressure lever 240 may function as a hinge of the lever according to the position of the end of the pressure lever 240. In addition, the second hinge pin 283 may function as a support point so that the pressure lever 240 can be used as a lever. The distance between the second hinge pin 283 and the third hinge pin 302 based on the length of the pressure lever 240 is shorter than the distance between the second hinge pin 283 and the other end of the pressure lever 240. . Since the second hinge pin 283 can function as a support point of the lever when the user lifts or lowers the pressure lever 240, the user can move the pressure lever 240 with less force.

The fixed block 300 is coupled to the second pressure block 270, and is coupled to one end of the pressure lever 240 and the third hinge pin 302. The fixed block 300, the first pressing block 260 and the second pressing block 270 may be integrally formed. The cover plate 244 is provided on the upper side of the fixed block 300 to cover the hinge portion 282 and the fixed block 300.

The adjusting knob 242 is coupled to the other end of the pressure lever 240 and functions to move along the longitudinal direction when an external force is applied. The locking unit 243 is interlocked with the movement of the adjustment knob 242 to control the fixed state of the pressure lever 240. A pressure spring coupled to the locking portion 243 may be mounted inside the adjustment knob 242 to provide a constant pressure to the locking portion 243. When the adjustment knob 242 is pulled, the pressure spring and the locking part 243 are also moved in the pulling direction. Therefore, the user can maintain the unlocked state of the locking unit 243 through the pulling operation of the adjustment knob 242. On the contrary, when the pulling force applied to the adjustment knob 242 is removed, the pressing spring and the locking portion 243 move in the direction of maintaining the original locking state. At this time, since the pressing spring pressurizes the locking portion 243, it is possible to more firmly maintain the locked state of the locking portion 243.

The second pressure control unit includes a guide plate 250, a locking plate 252, a pressure control shaft 254, and a cover 256. The guide plate 250 is coupled to one side of the first pressing block 260. One surface of the guide plate 250 has a shape corresponding to the shape of the surface coupled to the first pressing block 260. A groove shape may be formed on the coupling surface of the first pressing block 260, and a protrusion shape may be formed on the coupling surface of the guide plate 250. The other surface of the guide plate 250 may have a shape corresponding to the shape of the surface coupled to the locking plate 252. The other surface of the guide plate 250 may have a groove shape in which the locking plate 252 is seated.

The locking plate 252 is coupled to the guide plate 250 and has a locking hole 253. The locking hole 253 is a part on which the locking part 243 interlocked with the adjustment knob 242 is seated. When the locking portion 243 is inserted into the locking hole 253, the adjustment knob 242 is maintained in a fixed state, and the pressure lever 240 moves in conjunction with the locking plate 252.

The pressure adjustment shaft 254 is coupled to the guide plate 250 and the locking plate 252, respectively, and has an eccentric cam 255. The pressure adjustment shaft 254 may adjust the pressing force transmitted to the first roller 210 as the eccentric cam 255 is rotated by an external force applied thereto. The position of the first roller 210 may be adjusted by the rotation of the eccentric cam 255. Therefore, as the eccentric cam 255 rotates the pressure adjusting shaft 254 coupled thereto, the distance between the first roller 210 and the second roller 220 may be adjusted. For this reason, when a pattern is formed on the surface of the tip paper 115 between the first roller 210 and the second roller 220, the pressure applied to the first roller 210 may be finely adjusted. .

The cover 256 is coupled to the side of the guide plate 250 to integrally connect the guide plate 250, the locking plate 252, and the pressure control shaft 254. The cover 256 is formed in a U-shape, both sides are fastened to the side of the guide plate 250 with bolts, and the front has a hole through which one end of the pressure control shaft 254 passes.

FIG. 6 is a view illustrating a position change of the pressure lever 240 as the pressing force is secondarily adjusted, and the lock point is adjusted to the highest point by adjusting the eccentric cam 255. FIG. In accordance with the drawings, the position of the pressure lever 240 is changed.

6 and 7, one end of the pressure adjusting shaft 254 has a groove shape to which a hexagon wrench or a driver 400 is coupled. Accordingly, the user may easily adjust the pressing force transmitted to the first roller 210 while rotating the pressure adjusting shaft 254 using the hexagon wrench or the driver 400. In addition, the pattern depth of the tip paper 115 may be more finely adjusted. The pattern depth of the tip paper 115 may be adjusted differently according to the product concept and material characteristics of the tip paper 115. For fine control of the pattern depth, the eccentric cam 255 is in a stationary position by slightly loosening the nut 257 coupled to the pressure adjusting shaft 254 and rotating the pressure adjusting shaft 254. . The position of the eccentric cam 255 can be fixed by tightening the nut 257 again from this stopped state.

As described above, the pattern forming unit is coupled to the roller plate 230 so as to be axially rotatable, and is coupled to the tip paper 115 by the combination of the first roller 210 and the second roller 220 to form a substantially preset pattern. Patterns can be formed.

The patterned tip paper 115 is transferred to the tip paper cut part 140 through the guide roller 130.

The tip paper cutting unit 140 functions to cut the tip paper 115 at regular intervals, and the tip paper 115 cut by the tip paper cutting unit 140 is supplied to a tobacco manufacturing apparatus (not shown), and is provided with a prismatic part. And a filter unit.

According to an exemplary embodiment of the present invention, the pattern forming unit for forming the pattern on the tip paper 115 may be provided in a continuous process line, thereby reducing the cost for constructing the device. In addition, the detachment and maintenance of the pattern forming unit is easy, so that not only various patterns may be formed on the tip paper 115, but also the operation may be performed more easily when replacing the pattern forming related parts.

Although the preferred embodiments of the present invention have been described above, the present invention is not limited thereto, and various modifications and changes can be made within the scope of the claims and the detailed description of the invention and the accompanying drawings. Naturally, it is within the scope of the present invention.

Claims

A pattern forming unit disposed at a pattern forming position in the movement path of the tip paper to form a pattern having a predetermined shape on the surface of the tip paper;

A main plate having one surface coupled to a fixed body disposed in the movement path of the tip paper, and the other surface coupled to one side of the pattern forming portion to support the pattern forming portion;

One side is coupled to the main plate from the upper side of the pattern forming portion for pressing the pattern forming portion, and

A pressure adjusting unit coupled to the pressing unit to adjust a pressing force transmitted to the pattern forming unit through the pressing unit;

Including;

The pressure control unit

A first pressure control unit for first adjusting the pressing force transmitted to the pattern forming unit as an external force is transmitted, and

Tip paper pattern forming apparatus provided on one side of the first pressure control unit comprising a second pressure control unit for controlling the second pressing force.
In claim 1,

The pressing unit

One side is coupled to the sliding movement to the main plate, roller plates each having a roller mounting portion on both sides in the longitudinal direction,

A first spring provided at one side in a longitudinal direction from an upper surface of the roller plate to transmit a pressing force to the roller plate;

A second spring provided at the other side in the longitudinal direction opposite to the first spring on an upper surface of the roller plate to transmit a pressing force to the roller plate;

A first pressurizing block having a space into which the first spring is inserted and pressurizing the first spring, and

Tip paper pattern forming apparatus comprising a second pressing block having a space in which the second spring is inserted to press the second spring.
In claim 2,

A first support part coupled between the first pressing block and the first spring and transmitting a pressing force of the first pressing block to the first spring;

A first pressure adjusting bolt fastened to the first pressure block to press the first support part;

A second support portion coupled between the second pressing block and the second spring and transferring the pressing force of the second pressing block to the second spring, and

A second pressure adjusting bolt is fastened to the second pressure block to press the second support portion,

Tip paper pattern forming apparatus is formed on the upper surface of the roller plate is formed with a first seating portion on which one surface of the first spring is seated and a second seating portion on which one surface of the second spring is seated.
In claim 2,

The first pressure control unit

Hinge plate coupled to the central portion in the longitudinal direction from the upper surface of the roller plate,

A hinge portion coupled to the hinge plate by a first hinge pin;

A pressure lever coupled to the hinge part by a second hinge pin and regulating a pressing force transmitted to the roller plate;

A fixed block coupled to the second pressing block and coupled to one end of the pressing lever and a third hinge pin;

A cover plate provided on an upper side of the fixing block to cover the hinge portion and the fixing block;

Is coupled to the other end of the pressure lever when the external force is applied some of the adjustment handle, and moving along the longitudinal direction, and

Tip paper pattern forming apparatus including a locking unit interlocked with the movement of the adjustment knob to control the fixed state of the pressure lever.
In claim 4,

Tip paper pattern forming apparatus wherein the fixed block and the first pressing block and the second pressing block is formed integrally.
In claim 2,

The second pressure control unit

A guide plate coupled to one side of the first pressing block;

A locking plate coupled to the guide plate and having a locking hole,

A pressure regulating shaft coupled to the guide plate and the locking plate, each having an eccentric cam, and

Is coupled to the side of the guide plate includes a cover for integrally connecting the guide plate and the locking plate and the pressure control shaft,

The pressure control shaft is a tip paper pattern forming apparatus that the pressing force transmitted to the first roller is adjusted as the eccentric cam is rotated by an external force applied thereto.
In claim 2,

The pattern forming unit

A first roller coupled to the roller mounting portion so as to be axially rotatable, and contacting one surface of the tip paper to be transferred to form a preset pattern on the tip paper; and

And a second roller coupled to the main plate so as to be axially rotatable, the second roller being disposed at a position opposite to the first roller and contacting the other surface of the tip paper to press the tip paper.
In claim 7,

The first roller is

Tip paper pattern forming apparatus comprising a first pattern roller and a second pattern roller is arranged at equal intervals on the axis center of the second roller on the upper side of the second roller.
In claim 8,

An embossing pattern is formed on a surface of the first roller, and a debossing pattern corresponding to the embossing pattern is formed on a surface of the second roller.
In claim 9,

The embossed pattern has a pattern pitch of 0.2mm ~ 0.6mm, a pattern depth of 0.15mm ~ 0.3mm tip paper pattern forming apparatus.
In claim 2,

A pressure detection sensor for detecting a pressure state of the roller plate, and

Tip paper pattern forming apparatus coupled to the main plate, further comprising a fixing bracket for supporting the pressure detection sensor.